Abstract: A combined rack for connecting two sliding rails includes a front plate, a back plate, a left component, a right component and a carrying component. The front plate, the back plate, the left component, the right component and the carrying component together form an accommodation space. The left component and the right component are used for being installed on the two sliding rails respectively, in a slidable manner. The carrying component includes a carrying member, a front combining component and a back combining component. The lower edge of the front plate includes a back support structure, and the front combining component and the back combining component on opposite two sides of the carrying component are installed on the front support structure and the back support structure respectively.

Abstract: A rack includes four first uprights, two first shelves, at least one second upright, at least one second shelf and at least one hanging bar. The first uprights are disposed on corners of the first shelves, respectively. The second upright is disposed between the first shelves. The second shelf is connected to two of the first uprights and the second upright, respectively. The second upright divides a room between the first shelves into a first compartment and a second compartment. The hanging bar is disposed in the first compartment. The second shelf is disposed in the second compartment.

Abstract: A combined rack for connecting two sliding rails includes a front plate, a back plate, a left component, a right component and a carrying component. The front plate, the back plate, the left component, the right component and the carrying component together form an accommodation space. The left component and the right component are used for being installed on the two sliding rails respectively, in a slidable manner. The carrying component includes a carrying member, a front combining component and a back combining component. The lower edge of the front plate includes a back support structure, and the front combining component and the back combining component on opposite two sides of the carrying component are installed on the front support structure and the back support structure respectively.

Abstract: A storage box includes a plurality of first accommodation spaces and at least one separator. The accommodation spaces are used for accommodating at least one bra. The at least one bra includes a connecting member, two back straps and two shoulder straps all connected together. The connecting member includes two breast carrying portions and two elastic support members. The elastic support members are disposed on the lower edges of the two breast carrying portions respectively. The thickness of the at least one bra is the vertical distance from the top of the two breast carrying portions to the plane on which the two elastic support members are located. A shoulder strap height between the bottom of the at least one bra to the two shoulder straps is defined. A support height between the bottom of the connecting member to the top of the elastic support member is defined.

Abstract: A carrying device comprises a sliding rail, a support stand and a plurality of rods. The sliding rail comprises a fixed rail and a withdraw rail. The withdraw rail is configured for moving back and forth relative to the fixed rail. The support stand has a top surface. The sleeve holes are disposed on the top surface. The sleeve holes have a sleeved axis, while opposite two ends of the support stand respectively have at least one installation hole having an installation axis. The sleeved axis and the installation axis do not intersect, and the withdraw rail is installed on the installation hole of the support stand. The rods each have a fixed end and a cantilever end opposite to each other. Each of the fixed ends is installed on each of the sleeve holes of the support stand.

Abstract: A rail assembly includes an outer rail, a middle rail, an inner rail, and a retrieving unit. The middle rail has a receiving space defined in an underside thereof, such that a length and a moving range of the middle rail are increased. A guiding member is disposed in the inner rail and temporarily engages with a clip to connect the inner rail and a moving part. At least one spring is disposed between a fixing part and the moving part. Two receiving slots are respectively disposed between the fixing part and the moving part with the outer rail, such that the inner rail spans across the receiving slots to reach the closed end of the outer rail space for increasing an overall spread length of the rail assembly.

Abstract: A rail assembly includes an outer rail, a middle rail, an inner rail, and a retrieving unit. The outer rail has an outer rail space for accommodating the middle rail, the inner rail, and the retrieving unit. The middle rail slides in the outer rail space and has a middle rail space for accommodating the inner rail. The inner rail is accommodated in the middle rail and slides in the middle rail space. The retrieving unit is assembled on one end of the outer rail space.

Abstract: A rail assembly includes an outer rail, a middle rail, an inner rail, and a retrieving unit. The outer rail has an outer rail space for accommodating the middle rail, the inner rail, and the retrieving unit. The middle rail slides in the outer rail space and has a middle rail space for accommodating the inner rail. The inner rail is accommodated in the middle rail and slides in the middle rail space. The retrieving unit is assembled on one end of the outer rail space.

Abstract: A rail assembly includes a first rail and a second rail is movably received in the first rail. A third rail is movably received in the second space. A retrieving unit includes a fixed member which is fixedly located in an end of the first rail and an extension rail extends from the fixed member. A movable member is slidably connected to the extension rail and the extension rail is sized to be received in the escape space defined inward from an underside of the second rail so that the second rail is moved to a position above the extension rail. Two grooves are defined in a top on two sides of the fixed member so that the two sidewalls of the third rail are slidably engaged with the grooves.

Abstract: A rail assembly includes an outer rail, an intermediate rail, an inner rail, and a retrieving unit. The outer rail has an outer rail space defined therein for receiving the intermediate rail, the inner rail, and the retrieving unit. The intermediate rail is movably received in the outer rail space. The intermediate rail has an intermediate rail space defined therein. The inner rail is movably received in the intermediated rail space. The retrieving unit is disposed in one end of the outer rail space. The retrieving unit includes a fixing member, a sliding rail, a sliding member, a clip, a guiding member, and at least one spring. The fixing member is disposed in the outer rail space to close the outer rail space. The sliding rail is disposed in the fixing member. The sliding rail has a lean rail formed therein. The lean rail has a hold slot defined therein. The sliding member is disposed in the outer rail space. The sliding member moves along the sliding rail and is movably received in the outer rail space.

Abstract: A rail assembly includes a first rail and a second rail is movably received in the first rail. A third rail is movably received in the second space. A retrieving unit includes a fixed member which is fixedly located in an end of the first rail and an extension rail extends from the fixed member. A movable member is slidably connected to the extension rail and the extension rail is sized to be received in the escape space defined inward from an underside of the second rail so that the second rail is moved to a position above the extension rail. Two grooves are defined in a top on two sides of the fixed member so that the two sidewalls of the third rail are slidably engaged with the grooves.

Abstract: A cabinet with a guiding assembly, comprises a cabinet body having a receiving space; a first end and a second end being at two opposite ends of the cabinet body; the first end being openable; a lateral wall of the first end being installed with a slide track and a fixed track for locating the outer frame; the slide track being turnable outwards and being pivotally connected to a driven portion; an inner wall of the receiving space of the cabinet body being installed with a recessed track for engaging the inner frame; an outer frame which is turnable outwards; an inner frame installed in the cabinet body; the inner frame being movable. When the outer frame moves outwards, the slide track is turned outwards, the inner frame moves from the first end toward the second end by the guiding of the driven portion.

Abstract: An auto-returning track device comprises a retaining track; a lower side of the retaining track having a protrusion; the retaining track having a sliding space enclosed by two stops at two ends and a retaining seat; a movable track received in the sliding space and slideable with respect to the retaining track; the movable track having a hook with respect to the retaining seat; a movable base received in the sliding space and between the movable track and the retaining seat; at least one returning element being installed between the movable base and the retaining seat; and a positioning buckle swingably pivoted with the movable base; an outer surface of the positioning buckle being formed with a positioning groove for hooking with a hook of the movable track; a hook portion extending from a lower surface of the movable track; the hook portion can be hooked to the protrusion.